Webinar New KNX Devices Nov. 2017 - ABB Group · Webinar New KNX Devices Nov. 2017. JRA/S...

NOVEMBER 2017

Webinar New KNX Devices Nov. 2017JRA/S 6.230.3.1, LGS/A 1.2, TR/A 1.1

Webinar – Competence Center Europe – Building Automation

Agenda

December 6, 2017 Slide 2

Blind/ Roller Shutter Actuator with Binary Inputs - JRA/S 6.230.3.1

Air Quality Sensor with Room Temperature Controller – LGS/A 1.2

Time Receiver GPS - TR/A 1.1

JRA/S 6.230.3.1

Blind/ Roller Shutter Actuator with Binary Inputs


– Extension of the existing range of ABB’s shutter actuators with one 6-fold device for 230 V AC motors

– Existing range: • 2-fold, 4-fold and 8-fold for 230 V AC• with/without manual operation and LED for indication• with/without travel time detection• 4-fold for 24 V DC motors and SMI-Motors

– New: • 6-fold device for 230 V AC motors, including binary inputs• Control of Shutters and Blinds but also loads with standard

relay function• Inputs and Outputs in one device for an easy and fast

implementation but also cost efficient solution

Introduction

JRA/S 6.230.3.1



– Manufacturer of shading systems offer more and more KNX shutter and blind actuator similar to our new 6-fold actuator

– Request for integrated binary inputs to operate the motor directly

– Different from these manufacturer of shading systems available for everybody, not only selected partners

Motivation

JRA/S 6.230.3.1



– Electro-mechanically interlocked outputs (changeover contact) prevent possible destruction of the drives• no damage of the motor in case malfunction of the contacts

Benefits

JRA/S 6.230.3.1Blind/ Roller Shutter Actuator with Binary Inputs


– 12 Integrated binary inputs to connect conventional switches and push buttons or contacts• For connection of potential free contacts• Switches, pushbuttons or any contacts• to control directly the connected motors/loads or any other

motor/load connected to another KNX device via telegram• Direct control of motors after installation via binary inputs

(preprogrammed from factory)• Internal connection between in- and output for easy and fast

linkage • Connection via group addresses (also additionally) always

possible

Benefits

Bus-coppler

M

JRA/S 6.230.3.1



DIN rail device, 12 modules width, based on Room Master RM/S

Outputs– 6 mechanically locked Blind/Roller Shutter outputs

• 230 V AC, 6 A• Changeover contacts • Each output can be programmed also as relay output,

e.g. for lighting control (only contact up valid)

Inputs– 12 binary inputs for potential free contacts

• 6 groups, 2 inputs per group• Internal connection between inputs and outputs

without group addresses (like Room Master)• Inputs can also be used as standard binary inputs for other

functions

Hardware

JRA/S 6.230.3.1



Software based on Room Master RM/S

Shutter outputs– Blinds (stop and slat adjustment)– Shutters (stop)– Position via 8 bit value– Scene (8 bit)– Security functionality (2 safety objects per channel)

• Rain, Frost, Wind or priority function• Up, down, stop or unchanged• Option cyclical monitoring

– Automatic sun protection

Software

JRA/S 6.230.3.1



Automatic sun protection– Automatic sun protection depending on sun position

together with shutter control unit JSB/S 1.1 and brightness sensor

– Powerful application for sophisticated shading solution

Software

JRA/S 6.230.3.1



Outputs– NC or NO contact– Staircase, on/off delay, Blinking– Scenes (8 bit)– Logic– Forced control (1 or 2 bit)

Inputs– Internal connection to outputs– Switching, dimming, shutter control– Value/forced control

Software

JRA/S 6.230.3.1



JRA/S 6.230.3.1



Product name:EN: Blind/Roller Shutter Actuator with Binary Inputs, MDRCDE: Jalousie-/ Rollladenaktor mit Binäreingängen, REG

Product type: JRA/S 6.230.3.1

Order number: 2CDG 110 208 R0011

Availabilty: available

Product Information

LGS/A 1.2

Air Quality Sensor with Room Temperature Controller


Influence of the CO2 concentration on well-being of people

Room air quality is an important planning parameter for energy-efficient buildingsThe European building directive (EPBD – Energy Performance of Buildings Directive) requires that when verifying energy performance, in addition to the systems for compensating outdoor ambient conditions (i.e. heating, cooling), the indoor climatic conditions must also be monitoredThe requirements for reduction of energy consumption often lead to poor ventilation in today’s highly insulated buildingsThe quality of the room air often does not meet the desired and stipulated levelsA suitable indicator for determination of the room air quality is the CO2 concentration

LGS/A 1.2



People increase the CO2 concentration in the air naturally during respirationA high CO2 concentration in the air influences the well-being as well as the performance and learning ability of peopleThis means that rooms in which many persons are present (schools, conference rooms, open-plan offices) will require the provision of a sufficient supply of fresh air

Influence of the CO2 concentration on well-being of people

LGS/A 1.2



The respiratory volume of an adult at rest is between 450 and 500 ml and the respiratory rate is about 18 times a minuteIf a seminar room (8 m x 7 m x 2.5 m = 140 m3), without a supply of fresh air, is occupied by 30 persons for 1 hour, the oxygen concentration in the room air is reduced from 21% to about 20.5%However the CO2 concentration increases sharply to about 4,500 ppmThe concentration at which physical limitations e.g. reduced concentration, tiredness, headaches, are to be expected, starts as early as 2,000 ppm

Comfortable room climate - a sample calculation

LGS/A 1.2



Starting from a concentration of 800 ppm (0.08 Vol %) makes carbon dioxide, humans tired!The German Standard DIN 1946-6 prescribes due to its an outside air flow rate of 30 m ³/h per personWith the current build standard this value is not reachedReason for it is e.g. the high tightness of the building cover and the occasional air with tilted windowsA control ventilation of areas in buildings is therefore urgently necessary

Comfortable room climate

Recording the CO2-concentration in a bedroom2 adults, window and door were closed

LGS/A 1.2



– Extension/Replacement of ABB’s range of air quality (CO2 ) sensors with a new surface mounted device

– Existing range: • 6109/28 with display• LGS/A 1.1 with colored LED

– New:• Air quality sensor LGS/A 1.2• CO2 Measurement and control• Measurement of relative humidity and control• Temperature measurement and control• Air pressure measurement• Dew point calculation• 2 LEDs to display exceeding CO2/ Humidity level• Replacement of LGS/A 1.1

Introduction

LGS/A 1.2



– Replacement/Update of existing surface mounted air quality sensor LGS/A 1.1

– Integration of controller functionality (Temperature, CO2 , humidity )

– Implementation of unified RTC concept like all other room temperature controller from ABB

– Design update, less depth of housing

Motivation

LGS/A 1.2



– Surface mounted air quality sensor• Easy installation, supply via KNX

– Integrated temperature controller with unified RTC concept different from LGS/A 1.1

– LEDs for simple information about CO2 and humidity level for the end user

– Maintenance free and precise CO2 measurement with automatic calibration

– Comprehensive ETS application with more functions (e.g. integrated controller) compared with former LGS/A 1.1

Benefits

LGS/A 1.2



Hardware– Surface mounted device– CO2 measurement: 390 … 10.000 ppm– Temperature measurement: 0 … 50° C– Relative humidity measurement: 0 … 100 %– Air pressure– Automatic calibration of CO2 measurementSoftware– Sending of measured values– PI control for CO2 and humidity– 1/2/3 step control for CO2 and humidity

(3 thresholds)– Dew point calculation and alarm– Software application like RTC 6109/28

(unified RTC)

Hard- and Software

Functionality CO2 Humidity Temperature Dew point

Send value X X X X

PI Control X X X (unified RTC)

Thresholds X X

Alarm X

LGS/A 1.2



– Optical indication of CO2 limits via LED• Threshold 1 (orange): 400…1500 ppm• Threshold 2 (red): threshold 1 + (50…1000ppm)

– Optical indication of humidity via LED• Threshold 1 (orange): 20…50 %• Threshold 2 (red): threshold 1 + (1…30%)

– Green LED when below threshold 1– LEDs can be switched off via telegram

Hardware

LGS/A 1.2



– Bus connection including power supply• Insertion of wire without tool, by pressing

the cover wire can be removed– Calibration of CO2 measurement,

automatically with switch on of KNX voltage/Reset

– Activation of programming button by pressing on the circuit board marked with PHYS. ADRESS

Hardware

CO2 sensor

Programmingbutton

ProgrammingLED

KNX busconnectionterminal

Press torelease

LGS/A 1.2



– Application based on ABB’s unified RTC concept

– It is the same software concept, providing the user with the same function for all devices easier to commission and operate

– Uniform Master Slave concept easy implementation of more than one RTC’s in a room

– One set point mode easier to program, easier to operate for the user (Alternatively two set point mode with dead zone parametrizable)

– Additional stage for heating and cooling with individual parameters as an independent second control circuit (e.g. basic floor heating) more flexibility

ETS Application

LGS/A 1.2



Two Setpoint Mode

Setpointcooling

22°C

Time

Stopheating

RoomTemperature

Startcooling

Stopcooling

Startheating

Heating mode Heating mode

Setpointheating

20°C

Stopheating

Deadzoneno cooling/heating

Cooling mode

LGS/A 1.2



One Setpoint Mode

Setpoint21°C

Switching pointheating

Switching pointcooling

1 C

1 C

20°C

22°C

Stopheating

RoomTemperature

Startheating

Cooling mode

Heating modeHeating mode

Time Stop

heating

LGS/A 1.2



Master-Slave

LGS/A 1.2



– Air quality control• Dependent on CO2 level• Dependent on humidity level• e.g. in combination with Blower Actuator FCL/S x.6.1.1

– CO2/ Humidity/ Temperature/ Air pressure measurement– Dew point calculation and alarm– Room temperature control

• e.g. in combination with Fan Coil Actuator FCA/S 1.x.y.1• RTC master functionality

– Optical indication of CO2 and humidity limits for the user

Applications

Air Quality Sensor LGS/A

Presence detector

Switch sensor(manual fan speed)

Blower

Blower ActuatorFCL/S

LGS/A 1.2



(Multi-speed)

Fan

Motor drive

CO2 concentration

Temperature

Air humidity

Air Quality SensorLGS/A with measurement

and monitoring ofCO2 concentration, temperature,

air pressure and humidity

Optional: manualsetting of fan speed,

e.g. US/U

Occupancy control,e.g. 6131

Timer control, logic control,e.g. ABZ/S, ABA/S,

FW/S

Control of fans andblowers, e.g. by FCL/S,

FCA/S, RM/S, RC/A

Control of motor operatedwindows, window slats or roof

hatches, e.g. by JRA/S

Valve drive

Control of valves for temperature control, e.g. by

ES/S, VAA/S, FCA/S

LGS/A 1.2



Product name:EN: Air quality sensor with RTC, SMDE: Luftgütesensor mit RTR, AP

Product type: LGS/A 1.2


Availability: week 46/2017

Successor of the LGS/A 1.1, which will be discontinued

Product Information

TR/A 1.1

Time Receiver GPS


– Extension of ABB’s range of KNX devices to receive time and date via GPS and send it on KNX• Functions of a time switch• Temperature and brightness measurement and resulting

functions

– Existing product: • Radio Time switch FW/S 8.2.1 • GPS antenna FAG/A 1.1

– New:• Time Receiver GPS TR/A 1.1

Introduction

TR/A 1.1

Time Receiver GPS


– Extension of ABB’s product portfolio for • Receiving date and time via GPS • Sending date and precise time on KNX• Measurement of outside temperature• Measurement of outside brightness

– Three functions in one device• Cost efficient solution, especially for smaller

buildings/projects– Time emitter for logic controller ABA/S 1.2.1, shutter control

unit JSB/S 1.1 or application unit time ABZ/S 1.1 and others– Worldwide use due to existing GPS Signal for date and time

Motivation, Features and Benefits

TR/A 1.1

Time Receiver GPS


– To be mounted outside e.g. on a façade– Component can be easily put on the holder– Direct connection to the KNX Bus, no additional supply voltage– Cable bushing for safe wiring– One brightness sensor behind the cover on top– Integrated temperature sensor– Integrated GPS receiver (Date, Time, Latitude, Longitude)– LED GPS

• slow flashing: Signal ok• Fast flashing: Signal faulty

– Protection class IP 56

Hardware

Brightnesssensor

TR/A 1.1

Time Receiver GPS


ProgrammingLED

Programmingbutton KNX Bus

connectionterminal(red/black)

HolderCable bushing

GPS LED

TR/A 1.1

Time Receiver GPS


– GPS signal for date and time • 2 x time switch options • 2 x astro (sunrise/sunset) switch options• 2 x astro plus (offset and switch on/off period)• Sending of sun position (azimuth/elevation)• Sending of sunrise/sunset time• Switching between summer and winter time

– Outdoor temperature measurement• Temperature logic • T < setpoint Heating / T > setpoint Cooling

– Brightness measurement (One sensor)• 2 x Brightness threshold• On/off delay• Switch on/off period

– Switching object or scene (8 bit)

Software

TR/A 1.1

Time Receiver GPS


– Delivery of date and time into the KNX system to synchronize other KNX devices

Applications

ABA/S Logic Controller

TR/A 1.1

Time / DateSunrise / SunsetLatitude / LongitudeOutdoor TemperatureBrightness

JSB/SShutter Control Unit

ABZ/SApplication Unit Time

TR/A 1.1

Time Receiver GPS


Applications

TemperatureBrightness

Time

Temperature control, e.g. green houseor information heating/cooling mode for HVAC solutions

Switching or recall of scene depending on time, sunrise or sunset for lighting and shading

Send of date, time, brightness, temperature, latitude, longitude, sun position …

Synchronisation of time and date on KNX

TR/A 1.1

Time Receiver GPS


Product name:EN: Time Receiver GPS, SMDE: Zeitempfänger GPS, AP

Product type: TR/A 1.1


Availability: week 46/2017

Product Information

Competence Center Europe – Asia – Middle East Africa – America

Webinar “New KNX devices”


In addition to the online modules and the traditional training programs offered by your local ABB sales team, we offer a variety of on-site trainings conducted by our specialists at different ABB training facilities

In this Training & Qualification Calendar you can find the educational events that are taking place during 2018

If you are interested in a training of the calendar please contact your local ABB

www.abb.com/knx

Training and Qualification

Training Calendar

Training & Qualification Calendar 2018

http://www.abb.com/knx



Certified KNX Courses in Heidelberg 2018

– Basic Course 19th to 23rd February

– Advanced Course 16th to 20th July

– Tutor Course 09th to 13th October

And many more training courses in the calendar:

“International Training Dates 2018”

KNX Certified Training

Certified KNX Basic Course April 2017in Heidelberg

Competence Center Europe – Asia – Middle East Africa – America

Next Webinar



Wednesday 13th December 2018

– Morning 09:00 am Europe Time (Berlin, UTC + 1h)

– Afternoon 03:00 pm Europe Time (Berlin, UTC + 1h)

ABB-free@home® - new functionalities and highlights about software update

– Integration of Sonos wireless home sound system

– Geofencing

– Integration of Amazon’s Alexa

… and more

ABB-free@home®

The information in this document is subject to change without notice and does not represent any obligation on the part of ABB. ABB does not accept any responsibility for potential errors in this document.

ABB does not accept liability for direct, indirect or consequential damage of any kind resulting from the use of this document. ABB also is not liable for any indirect or consequential damage resulting from the use of an item of software or hardware descried in this document.

© Copyright [2017] ABB. All rights reserved

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Webinar New KNX Devices Nov. 2017 - ABB Group · Webinar New KNX Devices Nov. 2017. JRA/S...

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